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Georgii Ponomarev19/06/2026, 16:05
Galactic pulsar wind nebulae are suitable targets for studying relativistic plasmas because they radiate in all energy ranges, and a number of PWNe are close enough that their spectra, dynamics and morphology can be resolved in great detail. Pulsar wind nebulae often exhibit a jet-torus morphology in X-rays, unless distorted by very strong external flow. Typically, nebulae form a single...
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Arsenii Istomin (Moscow Institute of Physics and Technology, Lebedev Physical Institute)19/06/2026, 16:30
Using the data from FAST and MeerKAT radio telescope surveys, we carried out a detailed statistical analysis of the distributions of the observed widths of mean radio pulsar profiles. The availability of the high-quality polarization data made it possible to separately consider mean profiles formed by the ordinary (O) and extraordinary (X) orthogonal polarization modes. We performed an...
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Fedor Kniazev (Moscow Institute of Physics and Technology, Lebedev Physical Institute)19/06/2026, 16:50
New surveys by the FAST and MeerKAT observatories have enabled, for the first time, a robust statistical study of orthogonal pulsars using large homogeneous samples. These objects, with magnetic axis nearly perpendicular to the rotation axis, are particularly sensitive to magnetospheric physics and serve as a key test for neutron star evolution models. We show that the statistical properties...
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